HPE Apollo 4200 32-Core Cluster Block Control Node
The HPE Apollo 4200 32-Core Cluster Block Control Node is engineered for organizations requiring enterprise-grade cluster storage management and high-performance data center operations. This specialized node delivers exceptional processing power with 32 cores, making it ideal for large-scale storage clusters, distributed computing environments, and mission-critical infrastructure deployments. Built on HPE's proven Apollo architecture, this control node provides the reliability and performance needed for demanding workloads in cloud, HPC, and enterprise storage scenarios.
Key Features
- 32-core processor architecture for superior cluster management performance
- Optimized block storage control functionality for enterprise environments
- High-bandwidth interconnect support for seamless cluster communication
- Enterprise-class reliability and redundancy capabilities
- Scalable design supporting large distributed storage deployments
- Integrated management tools for simplified cluster administration
- Power-efficient architecture reducing operational costs
- Support for mixed workload environments and virtualization
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise |
| Product Line |
Apollo 4200 Series |
| Node Type |
Cluster Block Control Node |
| Processor Cores |
32-Core Configuration |
| Part Number |
HU4B7A500GN |
| Application |
Enterprise Storage Cluster Management |
| Form Factor |
2U Rack-Mount |
| Use Case |
High-Performance Computing, Data Center Storage |
Frequently Asked Questions
What is a cluster block control node used for?
A cluster block control node manages storage operations, coordinates data distribution, and handles I/O operations across distributed storage clusters. The HPE Apollo 4200's 32-core design ensures efficient management of large-scale storage environments with minimal latency.
Is the HPE Apollo 4200 suitable for enterprise data centers?
Yes, this enterprise storage cluster node is specifically designed for mission-critical data center deployments. Its robust architecture, redundancy features, and high-performance processing make it ideal for organizations requiring reliable, scalable storage infrastructure.
How does the 32-core processor benefit cluster performance?
The 32-core processor enables parallel processing of multiple storage operations, reducing bottlenecks and improving throughput. This architecture is particularly beneficial for high-performance computing clusters and large distributed storage systems handling concurrent workloads.
Can this node integrate with existing HPE infrastructure?
The HPE Apollo 4200 control node is designed for seamless integration within HPE's ecosystem, supporting standard interconnects, management protocols, and compatibility with other Apollo series components for unified cluster deployments.
